Company Filing History:
Years Active: 2020
Title: Lulu Liu: Innovator in Elastic Torsional Restraint Technology
Introduction: Lulu Liu, an accomplished inventor based in Guangzhou, China, holds a unique patent that addresses the complexities of elastic torsional restraint in engineering applications. With a focus on innovation, she has contributed to the development of technology that enhances stability and performance in various experimental setups.
Latest Patents: Lulu Liu's patent, titled "Support for Providing In-Plane or Out-of-Plane Elastic Torsional Restraint and Experimental Device Including Same," presents an innovative design. This invention reveals a support mechanism that features a base with two vertical support lugs and an inclined strut equipped with swinging portions hingedly connected to these lugs. The design incorporates an outer frame part that is anchored between the vertical lugs, along with an inner frame part positioned within it. Furthermore, the inclusion of two elastic parts allows for controlled rotational restraint forces, making this device versatile for various applications within experimental contexts.
Career Highlights: Lulu Liu has made significant strides in her career as an inventor. Being part of the academic environment at Guangzhou University, she plays an essential role in research and innovation. Her patent exemplifies her dedication to advancing technologies in the field of engineering and experimental design.
Collaborations: Working alongside colleagues such as Airong Liu and Yihuan Huang, Lulu Liu benefits from collaborative efforts that enhance the creative process and lead to successful innovations. These partnerships foster a conducive environment for sharing knowledge and expertise, driving forward the boundaries of engineering solutions.
Conclusion: Lulu Liu stands out as an inventive figure in the realm of elastic torsional restraint technology. Her work not only showcases her ingenuity but also contributes significantly to the broader landscape of research and innovation at Guangzhou University. With a commitment to improving engineering design, her patent represents a meaningful advancement that potential users in various fields can leverage for enhanced stability and performance.